采矿和冶金工业废物处理的最佳现有技术

Удк, Наилучшие Доступные Технологии, Переработки Отходов, ГОРНО-МЕТАЛЛУРГИЧЕСКОЙ Отрасли, I. Butorina
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摘要

矿业和冶金工业属于高废生产。为了减少对环境的破坏,需要先进的设备和技术。会议表明,保护环境的现代办法应以实施最佳现有技术为基础。在编制的矿业和冶金工业技术资料BAT参考书中,对冶金生产中主要工艺废料的利用提出了建议。简要回顾所提出的技术,这些技术的实施允许对原材料开采和生产黑色金属期间产生的非有机废物进行几乎完整的处理。在选择建筑和运营废弃物的利用方法时,应以建议为指导,这些建议涉及到有机废弃物的热灭菌技术以及有机废弃物的利用建议。有人指出,BAT参考书中专门讨论储存和处置生产和消费废物的部分表明,俄罗斯为实现这一进程使用了高水平的技术。有人指出,在BAT参考书中,没有考虑到国外废物利用的经验。此外,对冶金炉用热法对废渣进行灭菌的可能性也作了介绍。总的来说,技术建议书参考书所载资料的应用将能够指导采矿和冶金厂的专家选择现有的处理生产废料的最佳技术。
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Best available technologies of wastes processing in mining and metallurgical industries
Mining and metallurgical industries are referred to high wastes productions. To decrease the damage to environment, progressive equipment and technologies are required. It was shown, that the modern approach to the environment protection should be based on implementation best available technologies (BAT). In the elaborated industry technical information BAT reference-book for the mining and metallurgical industries recommendation presented for utilization of main technological wastes of metallurgical production. A brief review of technologies presented, implementation of which allow providing practically complete processing of non-organic wastes, arising during raw materials mining and production of them ferrous metals. To choose the methods of construction and operation wastes utilization, one should be guided by recommendations, related to the thermal sterilization technologies for organic wastes as well as recommendations for utilization of organic wastes. It was noted, that the part of BAT reference book devoted to storing and disposal of production and consumption wastes is an evidence of high level of technologies used in Russia to realize the process. It was indicated, that in the BAT reference books the foreign experience of wastes utilization was not taken into account. Besides, a possibility to sterilize the wastes by thermal method in metallurgical furnaces was not also described. As a whole the application of the information presented in the BAT reference books, will allow to guide specialists of mining and metallurgical plants to choose best available technologies of handling with production wastes.
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